Bring your app to the wrist
We build native wearable apps for Apple Watch and Wear OS, extending your product's reach to the wrist with fast, glanceable, battery-conscious experiences.
Overview
A wearable screen gives you a few seconds of a user's attention and roughly two square inches to work with, constraints that make phone design principles almost entirely inapplicable. Interactions that feel natural on a phone become fumbling and frustrating on a watch, and battery life is a genuinely limited resource users notice and react to quickly if an app drains it aggressively.
We build native wearable apps for Apple Watch and Wear OS specifically designed around these constraints rather than treating them as a smaller version of a phone app. This means glanceable interfaces built for information absorbed in a second or two, complications that surface the most valuable data directly on the watch face, and background sync and notification handling engineered specifically to minimize battery drain.
For apps involving health and fitness data, we integrate carefully through platform-native health APIs, handling both the technical reliability and the privacy sensitivity that this category of data genuinely requires. Whether your app needs to function standalone, useful even without a phone nearby, or as a tightly integrated companion experience, the goal is a wearable app that extends your product's value to the wrist without becoming the reason users uninstall it over battery drain or a clumsy small-screen experience.
What we build
Native wearable experiences designed for glanceable interaction and battery-conscious performance.
Apple Watch App Development
Apple Watch apps that feel like a shrunk-down iPhone interface squeezed onto a much smaller screen are immediately recognizable and immediately frustrating to use. We build genuinely native watchOS apps using WatchKit and SwiftUI, designed from the ground up around what a watch screen can actually support well: glanceable information, quick interactions measured in seconds rather than minutes, and complications that surface the most valuable piece of information directly on the watch face without requiring the app to even be opened. Whether your app needs to function as a standalone experience, useful even without a paired iPhone nearby, or as a tightly integrated companion to an existing phone app, we design specifically for that use case rather than defaulting to one approach regardless of fit.
Wear OS App Development
Wear OS carries its own design language and technical constraints, meaningfully different from both watchOS and from standard Android phone development, and treating it as an afterthought or a direct port from a phone app tends to produce an experience that feels genuinely wrong to Android smartwatch users. We build Wear OS apps following Google's specific wearable design guidelines, accounting for the platform's own conventions around navigation, complications, and background behavior. This includes handling Wear OS's particular approach to battery optimization and background processing correctly, since getting this wrong is one of the fastest ways to produce a wearable app that drains battery aggressively enough that users abandon it regardless of how useful its core functionality might otherwise be.
Health & Fitness Sensor Integration
Health and fitness data is some of the most sensitive information a user can share with an app, and wearables are uniquely positioned to access continuous sensor data like heart rate, step count, and blood oxygen that phones simply can't capture as naturally. We integrate with these sensors through platform-native health APIs, HealthKit on Apple Watch and Health Connect on Wear OS, handling both the technical integration and the privacy considerations these APIs specifically require, since users are rightfully cautious about how their health data gets accessed and used. This integration needs to be both technically reliable, since inaccurate health data undermines trust in the entire app, and appropriately respectful of the sensitive nature of what's being collected.
How we design for a screen that gives you seconds, not minutes
Every decision starts from the constraint of a screen that only gives you a glance.
- 01
Standalone vs Companion Architecture Decision
We determine whether your app should function as a standalone wearable experience or a tightly integrated companion to an existing phone app, since this decision shapes the entire technical architecture and significantly affects development scope and timeline.
- 02
Glanceable Interface Design
We design specifically for glanceable interaction, identifying the two or three pieces of information or actions most valuable to surface immediately, rather than attempting to cram a full phone-app feature set onto a screen that can't support that density of information.
- 03
Health Sensor Integration
For apps involving health or fitness data, we integrate with platform-native health APIs carefully, ensuring both technical accuracy of sensor data and appropriate handling of the privacy sensitivities users rightfully have around health information.
- 04
Battery-Conscious Background Processing
We build and rigorously test background sync and notification behavior specifically for battery efficiency, since aggressive battery drain is one of the fastest ways users abandon an otherwise useful wearable app.
- 05
Complication Design & Build
We design and build watch face complications where relevant, surfacing the app's most valuable information directly on the watch face without requiring users to open the full app for quick, frequent information checks.
- 06
Device Testing & Launch
We test extensively on real physical devices given how much wearable behavior, from battery performance to gesture responsiveness, differs from simulator testing, then support launch and can continue with ongoing maintenance as watchOS and Wear OS evolve.
Wearable development stack
We build using platform-native wearable frameworks for the best performance and battery efficiency.
Frequently Asked Questions
Yes, we build native watchOS apps and complications using WatchKit and SwiftUI for watchOS, designed either as standalone apps that function independently or as companion experiences paired with your existing iPhone app, depending on what makes sense for your specific use case.
Yes, we develop Wear OS apps for Android smartwatches, following Google's specific design guidelines for wearable interfaces, which differ meaningfully from both phone design conventions and from Apple's watchOS approach.
Yes, wearable design genuinely requires a different approach entirely. We design compact, glanceable interfaces built for information that can be absorbed in a second or two, rather than shrinking down a phone interface, which almost always produces a cramped, frustrating experience on a screen this small.
Yes, we integrate with health sensors like heart rate, step tracking, and blood oxygen where relevant, through platform-native health APIs like HealthKit on Apple Watch and Health Connect on Wear OS, handling the sensitive data privacy considerations these integrations require carefully.
Yes, we design efficient background sync and notification handling specifically to minimize battery drain, since watch battery life is a genuinely limited resource users notice quickly, and an app that drains battery aggressively tends to get uninstalled regardless of how useful its core functionality is.
Wearable app timelines typically run 6 to 10 weeks, with standalone apps toward the longer end given the additional complexity of independent functionality, while companion apps paired with an existing phone app tend to move faster since they can leverage backend infrastructure that already exists.
Yes, we design watch complications, the small at-a-glance widgets on a watch face, specifically for the information most valuable to glance at without opening the full app, since complications are often how users interact with a wearable app most frequently in practice.
Yes, this decision depends heavily on your specific use case. Fitness and health apps often work well as standalone experiences given users may want to leave their phone behind during a workout, while apps that primarily extend an existing phone app's functionality typically work better as a tightly integrated companion experience.
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